资源列表
waveCompression
- 将电力市场数据使用小波分解成为两个长度相等的低频和高频小波，然后可以用于灰色模型的建模和波形模型建模！-The electricity market data using wavelet decomposition into two equal length low and high frequency wavelet gray model can then be used for modeling and waveform modeling!
GUI
- 建立GUI对话框，GUI对话框源程序，简单的对话框程序-Build GUI dialogs, GUI dialog source, a simple dialog box procedure
MVDR
- 这是功率谱估计MVDR算法的实现，代码能仿真成功-This is the power spectrum estimation in MVDR algorithm, the code can be successful simulation
MUSIC
- 这是功率谱估计得MUSIC算法的实现，代码能仿真成功-This is the power spectrum estimation in MUSIC algorithm, the code can be successful simulation
DBF
- 这是我们的课程作业，有自适应DBF和LCMV的DBF-This is our course work, there are adaptive for DBF DBF and LCMV
adaptive--beam-forming
- 也是自适应的波束形成，有中文注解-adaptive beam forming
beam-forming
- 多波束形成的代码，其中也有一些自适应的波束形成代码-beam forming
test
- 已采集线性震动系统（钢板）的输入与输出（时域幅值），求解系统数值解，幅频特征，并作图比较。-Have been collected linear vibration system (steel) input and output (time domain amplitude), numerical solution for solving the system, the amplitude-frequency characteristics, and mapping to compare.
Huffuman
- 用C++实现数据结构中赫夫曼编码的经典算法-using c++ language to achieve the algorithm of huffman
Dijkstra
- 计算无向图中，从某一点出发到其余各点距离之和的最小值。应用Dijkstra算法完成。输入格式为，先输入两个数字N和M，N为顶点个数；之后输入M行数据，每行数据为两个顶点号以及顶点之间的距离。-Calculating an undirected graph, starting from a point to the rest of the points and the minimum distance. Application of Dijkstra' s algorithm is comp
MPTK-Source-0.7.0
- matching pursuit code for signal processing like eeg ecg and voice.,etc.,
fibonacci-heap
- 斐波那契堆是一种具有较好平摊时间的堆数据结构。我使用C语言来实现斐波那契堆。-Fibonacci heap is a heap of time with good flat data structure. I am using C language to implement Fibonacci heap.